A. Harvey Millar

The paper evaluates dim green light for night-time imaging of plant leaf movements, showing it enables accurate quantification without perturbing physiology.

This paper develops a method to detect early plant stress using leaf movement analysis in lettuce and other crops, detecting stress within 1 hour using low-cost imaging and open-source algorithms.

This study validates the use of Clark-type O2 electrodes to measure photosynthesis and respiration in Arabidopsis seedlings, showing their sensitivity to environmental and genetic factors.

This study uses directed evolution to extend the lifespan of an Arabidopsis enzyme by increasing its abundance and improving its resistance to a toxic intermediate.

This study uses BONCAT and mass spectrometry to analyze protein aging in Arabidopsis, revealing subcellular organelle renewal rates and selective post-translational modifications over two weeks.

This paper demonstrates how mass spectrometry-based proteomics can be used in continuous directed evolution to analyze protein modifications and network integration during evolution.

The paper updates ePlant to support 15 new plant species and adds new viewers and data sets, including single-cell RNA-seq data for Arabidopsis roots.